… The effect of chemical modification of cellulose bead surfaces on surface energy can be …
surface of a regenerated cellulose decreases the dispersive component of the surface energy by …

… of cellulose beads, characterization of their physical properties by different analytical techniques,
the preparation of functional cellulose beads … discovery of novel cellulose solvents such …

… Cellulose beads with ∼3 mm of diameter and high circularity were obtained by dripping
cellulose … Carboxylic groups were generated on beads surface through NaClO/NaClO 2 /TEMPO …

… of cellulose nanopaper make it impossible to carry out full atomistic simulations, here we first
develop a ‘bead-… The all-atom CNC is mapped onto a multi-bead chain where 3 repeat-unit …

… effect of the parameter “a” was ignored in this study, the dependence of the surface energy
… directly for determining the dispersive component of the surface energy of cellulose beads. …

… application of these cellulose beads to include energy storage by using DAC, CS-DAC and
LC-DAC beads as a carbon source to provide microscale porous carbon beads doped with …

… bead shape. A simple way of encapsulation of various powders in cellulose beads is
demonstrated and wet cellulose–… Highly porous (Aerocellulose) beads carrying encapsulated …

… , STMP-modified cellulose beads from agricultural waste … beads (BASB) and cellulose
nanofibers from almond shell … the surface chemical states of the modified cellulose beads before …

… It is indicated that the presence of lead on the surface of cellulose/chitin beads is obvious …
-loaded cellulose/chitin beads. In Fig. 7, the typical N 1 s XPS spectra of cellulose/chitin beads …

… The most probable reason is that the surface roughness of cellulose bead prepared in
the current work (9 nm) is somewhat higher than that presented in Carrick‘s work (2 nm) (Carrick …